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本文结果表明,采用快速冷凝技术可使常规钛合金的机械性能和显微组织得到改善。同时也证明,含有少量硼和碳的钛合金,通过快冷技术可获得含有细小的硼化钛和碳化钛的弥散强化微晶钛合金。
The results of this paper show that the mechanical properties and microstructure of conventional titanium alloys can be improved by the rapid condensation technique. At the same time, it is also proved that a titanium alloy containing a small amount of boron and carbon can obtain a dispersion-strengthened microcrystalline titanium alloy containing fine titanium boride and titanium carbide by a rapid cooling technique.